含碳增强体镁基复合材料的制备和界面调控的研究现状及发展趋势

周海涛, 汪彦博, 肖旅, 孙京丽, 徐玉棱, 陈舸

Research Status and Developing Trends of Preparation and Interface Control of Magnesium Matrix Composites with Carbon-containing Reinforcements

ZHOU Haitao, WANG Yanbo, XIAO Lu, SUN Jingli, XU Yuling, CHEN Ge

表1 常用含碳增强体增强镁基复合材料的力学性能

Table 1 Mechanical properties of carbon-containing reinforcements reinforced magnesium matrix composites

Materials UTS/MPa YS/MPa Elongation/% AT81/0.5%(vol.%)SiCp[18] 393 255 AZ31/1%(vol.%)SiCp[47] 217 81 11.5 AZ31/10%(micro)+4%(submicro+1%(nano)(vol.%)SiCp[48] 378 305 2.3 AZ31/12%(micro)+2%(submicro)+1%(nano)(vol.%)SiCp[48] 356 280 2.8 AZ31/3%(wt.%)GNPs[49] 299±6.2 195±4.5 12.5±4.3 ZK60/0.05%(wt.%)GNPs[50] 336±4 256±4 13±1.2 ZK60/0.1%(wt.%)GNPs[50] 343±3.8 383±3.5 17±2.0 AZ31/3%(wt.%)GNPs[16] 335±6.6 232±4.9 10.7±2.1 AZ91/0.1%(wt.%)GO[51] 283±5.5 232±4.0 8.7±0.1 AZ91/0.5%(wt.%)GO[51] 355±4.5 312±4.5 11.3±0.2 AZ31/0.1%(vol.%)CNTs[53] 322 270 16 AZ91D/0.5%(vol.%)CNTs[54] 357±9 266±4 13.1 AZ91D/1%(vol.%)CNTs[54] 389±8 278±8 12.8 AZ91D/3%(wt.%)CNTs[42] 301±4.5 250±3.8 9.4±0.1 AZ91D/3%(wt.%)MgO@CNTs[42] 331±5.0 284±4.6 8.6±0.1